Search for dissertations about: "Piezoelectric Force Sensor"
Showing result 1 - 5 of 9 swedish dissertations containing the words Piezoelectric Force Sensor.
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1. Synthesis, Characterization and Applications of Metal Oxide Nanostructures
Abstract : The main objective of nanotechnology is to build self-powered nanosystems that are ultrasmall in size, exhibit super sensitivity, extraordinary multi functionality, and extremely low power consumption. As we all know that 21st century has brought two most important challenges for us. One is energy shortage and the other is global warming. READ MORE
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2. Resonance sensor technology for detection of prostate cancer
Abstract : Prostate cancer is the most common type of cancer in men in Europe and the USA. Some prostate tumours are regarded as stiffer than the surrounding normal tissue, and therefore it is of interest to be able to reliably measure prostate tissue stiffness. The methods presently used to detect prostate cancer are inexact, and new techniques are needed. READ MORE
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3. Tactile sensing of prostate cancer : a resonance sensor method evaluated using human prostate tissue in vitro
Abstract : Prostate cancer is the most frequent type of cancer in men in Europe and the USA. The methods presently used to detect and diagnose prostate cancer are inexact, and new techniques are needed. READ MORE
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4. Tactile Perception - Role of Physical Properties
Abstract : The aim of this thesis is to interconnect human tactile perception with various physical properties of materials. Tactile perception necessitates contact and relative motion between the skin and the surfaces of interest. READ MORE
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5. A flexible resonance sensor system for detection of cancer tissue : evaluation on silicon
Abstract : The most common form of cancer among men in Europe and the US is prostate cancer. When a radical prostatectomy has been found necessary, it is of interest to examine the prostate, as tumour tissue on the capsule might indicate that the cancer has metastased. This is commonly done by a microscope-based morphometric investigation. READ MORE
